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A platform for research: civil engineering, architecture and urbanism
Water vapor extraction device of intelligent flowerpot
The invention relates to the technical field of plant planting, and discloses an intelligent flowerpot water vapor extraction device which comprises an outer shell, the inner bottom face of the outer shell is fixedly connected with a storage box communicating with a filter box, the side wall of the outer shell is provided with a water drainage pipe communicating with the storage box, and the bottom face of the storage box is provided with a liquid drainage structure. The liquid discharging structure comprises a mounting plate, a leakage groove, a sleeve, a vertical pipe and a shielding part, when water collected at the leakage groove is rapidly increased to enable the liquid level to rise, buoyancy of water to the sleeve pushes the sleeve to be tightly attached to the shielding part, the vertical pipe and the sleeve form a siphon structure, and when the water amount is large, liquefied water collected in the storage box is rapidly discharged according to the siphon principle; according to the water volume, automatic adjustment is achieved, manual intervention is not needed, switching between gravity drainage and siphon drainage is achieved, an additional water pump drainage device is not needed, and the drainage efficiency and the energy-saving effect are both considered.
本发明涉及植物种植技术领域，公开了一种智能花盆的水蒸气提取装置，包括外壳体，外壳体的内底面固定连接有与过滤箱相互连通的存储箱，外壳体的侧壁安装有与存储箱连通的排水管，存储箱的底面安装有排液结构，排液结构包括安装板、漏槽、套筒、竖管和遮挡部，而在漏槽处汇集的水迅速增加使得液位上升时，水给套筒的浮力推动套筒与遮挡部紧密贴合，竖管和套筒形成虹吸结构，在水量较大时利用虹吸原理迅速排出存储箱内收集的液化水，根据水量自行调节，无需人工干预并实现重力排水和虹吸排水的切换，无需额外的水泵的排水装置，兼顾排水效率和节能效果。
Water vapor extraction device of intelligent flowerpot
The invention relates to the technical field of plant planting, and discloses an intelligent flowerpot water vapor extraction device which comprises an outer shell, the inner bottom face of the outer shell is fixedly connected with a storage box communicating with a filter box, the side wall of the outer shell is provided with a water drainage pipe communicating with the storage box, and the bottom face of the storage box is provided with a liquid drainage structure. The liquid discharging structure comprises a mounting plate, a leakage groove, a sleeve, a vertical pipe and a shielding part, when water collected at the leakage groove is rapidly increased to enable the liquid level to rise, buoyancy of water to the sleeve pushes the sleeve to be tightly attached to the shielding part, the vertical pipe and the sleeve form a siphon structure, and when the water amount is large, liquefied water collected in the storage box is rapidly discharged according to the siphon principle; according to the water volume, automatic adjustment is achieved, manual intervention is not needed, switching between gravity drainage and siphon drainage is achieved, an additional water pump drainage device is not needed, and the drainage efficiency and the energy-saving effect are both considered.
本发明涉及植物种植技术领域，公开了一种智能花盆的水蒸气提取装置，包括外壳体，外壳体的内底面固定连接有与过滤箱相互连通的存储箱，外壳体的侧壁安装有与存储箱连通的排水管，存储箱的底面安装有排液结构，排液结构包括安装板、漏槽、套筒、竖管和遮挡部，而在漏槽处汇集的水迅速增加使得液位上升时，水给套筒的浮力推动套筒与遮挡部紧密贴合，竖管和套筒形成虹吸结构，在水量较大时利用虹吸原理迅速排出存储箱内收集的液化水，根据水量自行调节，无需人工干预并实现重力排水和虹吸排水的切换，无需额外的水泵的排水装置，兼顾排水效率和节能效果。
Water vapor extraction device of intelligent flowerpot
一种智能花盆的水蒸气提取装置
SUN WEI (author) / WANG HONGYU (author)
2023-06-06
Patent
Electronic Resource
Chinese